Development of Algebra Battle: a gamified Python tool for mathematics learning

The transition from arithmetic to symbolic algebra represents a significant cognitive hurdle in secondary education, often leading to increased mathematics anxiety. This paper details the development of Algebra Battle, a Python-based tool designed to mitigate these challenges through the application of gamification and data-driven instructional design. By incorporating game design elements such as tiered difficulty levels and immediate feedback, the tool fosters a state of "gamefulness" while addressing the "algebra gap." Leveraging Python’s capacity for simultaneous delivery, Algebra Battle allows for a unified instructional approach that caters to diverse learner profiles within a single classroom. The design of the tool is informed by recent 2024 research emphasizing technology-enhanced, collaborative, and data-driven project-based learning to improve student attitudes. This study outlines the tool’s architecture, its alignment with the Malaysian KSSM curriculum, and its expected impact on student self-efficacy and problem-solving competence.